Spanish companies Nanogap and Tewer Engineering have joined forces to create HySun, a company that has developed a groundbreaking solution to produce renewable hydrogen without the use of electricity.
Using photo-thermo-catalytic materials and solar concentrators, HySun’s new hydrogen production reactor only requires the energy of the sun and water. The process is simple and combines the technology of Nanogap’s catalyst with Tewer’s solar reactors and concentrators.
HySun’s hydrogen is obtained using a seventh part of the land surface, and does not require a connection to the electricity grid. The conversion efficiency of solar energy into hydrogen is 40%, compared to 10% for other technologies. This allows HySun’s hydrogen to compete directly with the market price of gray hydrogen, which is produced with fossil fuels and polluting. HySun’s hydrogen is clean, efficient, and ecological. It replaces highly polluting industrial processes and contributes favorably to global decarbonization.
The CEO of HySun and Tewer, Marco Antonio Carrascosa, stated that HySun plans to install up to 35 plants of this type, which will produce more than 100,000 tons a year of renewable hydrogen. They estimate a turnover of more than 130 million euros for 2030. This new type of hydrogen is a renewable and clean alternative for sectors with a high energy consumption such as transport or industry.
Tatiana López, CEO of Nanogap, also emphasized the potential of hydrogen as a renewable energy vector. She stated that hydrogen has great potential, but 95% of the hydrogen currently consumed is produced from fossil fuels with large CO2 emissions. HySun offers a totally renewable and clean solution to help decarbonization.
This new technology is a game-changer for the hydrogen market and a significant step towards a more sustainable future. It is an innovation in the field of hydrogen and offers a low-cost and environmentally friendly solution. HySun’s hydrogen has the potential to replace traditional hydrogen production methods that rely on electricity or fossil fuels, which will contribute significantly to global decarbonization efforts.
While this technology has great potential, there may also be some challenges to its implementation. The availability of land in certain areas may be a constraint, and it may not be practical to install these reactors in densely populated urban areas. Furthermore, the technology is still in its early stages, and its scalability and long-term sustainability need to be assessed.
In conclusion, HySun’s new hydrogen production reactor is a significant technological advancement in the hydrogen market, offering a renewable and clean solution that competes directly with the market price of gray hydrogen. This new technology has the potential to revolutionize the industry and contribute significantly to global decarbonization efforts.
